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Illustrated Flora of Bambusoideae in China: Volume 2

為了解決Flora of China的問題，作者Shi, Jun Yi,Zhang, Yu Xiao,Zhou, de Qun 這樣論述：

Jun Yi ShiJun Yi Shigraduated from Beijing Forestry University with a bachelor’s degree in agricultural Science. After graduation, Prof. Shi worked at The Center of Giant Panda Protection and Research of China, Sichuan Forestry School and Sichuan Agricultural University. Prof. Shi has been longtime

engaged in forestry education and bamboo study. Currently, he is the director and chief scientist of the International Registration Committee for Bamboo Cultivars; director of Southwest Flower Research and Development Center, Chinese Academy of Forestry; and editorial board member of World Bamboo an

d Rattan.Shi acted as the PI to chair over 21 research projects financially supported by international organizations as well as Chinese national and provincial governments. He also received four scientific and technological awards from provincial and national governments. Prof. Shi published four wo

rks including Iconographia Bambusoidearum Sinicarum I and II, The Ornamental Bamboos in China, and Claves Generum et Specierum Bambusoidearum Sinicarum. Prof. Shi published 32 new species and infraspecific taxa as well as more than 150 papers. He also chaired five bamboo engineering projects such as

China Bamboo Ecological Park (Centennium Bamboo Park) and four master plans for national NRs such as Wolong National Nature Reserve. Prof. Shi was endowed Outstanding Contributions Expert of Sichuan Province, Green Medal of Sichuan Province, Advanced Worker of Science and Technology in Agriculture

of Sichuan Province, and Registrar of International Bamboo Cultivar Registration Authority.Yu Xiao ZhangDr. Yu Xiao Zhang is currently an associate professor at Southwest Forestry University and a member of the International Cultivar Registration Center for Bamboos (ICRCB). She received her B.S. in

biological sciences from Hebei University (2004) and her Ph.D. degree in botany from Kunming Institute of Botany, Chinese Academy of Sciences (2010, supervised by Professor Dezhu Li). Her research interests mainly focus on the taxonomy, molecular phylogeny and evolution, and DNA barcoding of bamboos

. During her Ph.D. study in molecular science, she visited the lab of Prof. Lynn G. Clark at Iowa State University for two months. Dr. Zhang has rich fieldwork experience in bamboo diversity exploration, not only in China but also in French Guiana, Myanmar, Thailand, Vietnam, and the USA. Dr. Zhang

is the PI of two projects from National Natural Science Foundation of China (NSFC) and one project from Chinese Academy of Sciences. She also participated in more than 10 projects funded by NSFC or provincial governments. Dr. Zhang published more than 30 papers, 3 of which were on Molecular Phylogen

etics and Evolution. She also participated in writing some chapters or contents for four books until 2017, that is, Plants of Black-Necked Crane Nature Reserve in Dashanbao, Plant Systematics (third edition) (in Chinese), Plants of China: A Companion to the Flora of China, Iconographia Bambusoidearu

m SinicarumII. Four new bamboo species, two new bamboo genera, and several other bamboo taxonomic revisions were published by Dr. Zhang. She also used molecular phylogenetic methods to demonstrate the complicated evolutionary history of the temperate woody bamboos (the tribe Arundinarieae). De Qun Z

houIn January 1982, Prof. Zhou graduated from Beijing Forestry University, China, with B.Sc. in Agriculture; in February 1985, he graduated from Southwest Forestry University, China, with M.Sc. in Agriculture; in May 1995, he graduated from the Asian Institute of Management, the Philippines, with Ma

ster in Development Management; and in March 2001, he graduated from the University of Hong Kong with a Ph.D. degree. Prof. Zhou has been studied in fungal diversity, ecology, and conservation biology for years. Now he is the deputy director of the International Cultivar Registration Center for Bamb

oos. He is also an honorary professor at Virginia Tech, USA, and School for International Training, USA. Prof. Zhou acted as PI to chair over more than 10 research projects funded by international organization as well as Chinese national and provincial governments, with three awards granted by the n

ational and provincial governments. Zhou compiled five works as co-author, including Edible Fungi, Fungal Diversity in Hong Kong, IconographiaBambusoidearumSinicarum I and II, and The Ornamental Bamboos in China. He also published more than 100 papers including 40 SCI and EI ones such as Publication

, Establishment and International Registration for the Bamboo Cultivars and Theory and Practice of the International Bamboo Cultivars Registration.Li Sha MaIn 1982, associate professor Li Sha Ma graduated from Beijing Forestry University with B.Sc. in Agriculture. She used to work at Sichuan Forestr

y School and Sichuan Agricultural University. Prof. Ma has been engaged in botanic education and bamboo research. Prof. Ma retired in 2016 from Sichuan Agricultural University. Currently she is a member of the International Cultivar Registration Committee for Bamboos. Prof. Ma was the PI or main re

searcher to chair over eight research projects funded by international organizations as well as Chinese national and provincial governments, with three awards by the Chinese governments at national and provincial levels. As key co-author, Prof. Ma published four works, namely Iconographia Bambusoid

earum Sinicarum I and II, The Ornamental Bamboos in China, and Claves Generum et Specierum Bambusoidearum Sinicarum. She also published 11 new bamboo species and infra-specific taxa in more than 50 papers such as The Cold Hardiness Location of Bambusoideae in China.Jun Yao Mr. Jun Yao was born in Ap

ril 1980. In June 2002, he graduated from Kunming University of Science and Technology with a B Sc. In June 2012, Mr. Yao graduated from Southwest Forestry University with an M.Sc. degree. Currently Yao works at the International Cultivar Registration Center for Bamboos as an assistant to the direct

or. Yao was the PI or key researcher for more than 10 research projects funded by international organizations and Chinese governments at the national and provincial levels with four awards in science and technology. He was one of the co-authors for three works including Iconographia Bambusoidearum S

inicarum I and II and The Ornamental Bamboos in China. Yao published more than 20 papers such as Cultivar Sort of Neosinocalamus affinis (Rendle) Keng f.and New Cultivar Nomenclature and The Directional Breeding and Feasibility of Functional Bamboos.

Flora of China進入發燒排行的影片

草生栽培對茂谷柑果園土壤理化性質、果實產量與品質之影響

為了解決Flora of China的問題，作者呂沛穎 這樣論述：

本研究以雲林縣古坑鄉已施行草生栽培多年之茂谷柑果園進行調查。選留該園五種較優勢之草種黃花酢漿草、竹仔菜、空心蓮子草、銅錢草及鵝兒腸，以單一草種或兩兩混生進行草生栽培，探討選留草種之是否合適及其特性與不同處理下，草生栽培對茂谷柑果園果實產量、品質及土壤理化性質之影響。結果顯示，草種合適度方面，黃花酢漿草生物量整年無太大差異，竹仔菜、空心蓮子草與銅錢草類似，在春夏季生物量較好，鵝兒腸則在冬春季生物量較好。土壤理化性質部分，pH值、總體密度及土壤有機質含量在草生栽培處理下皆顯著較清耕佳；EC值及有效磷含量在各處理間無顯著性差異；土壤水分含量最高為空心蓮子草處理，最低為清耕處理；交換性鉀在竹仔菜處理

最高，清耕處理最低；交換性鈣在銅錢草處理最高，竹仔菜處理最低；交換性鎂在銅錢草處理最高，清耕處理最低。產量及品質方面，各處理與清耕相比無顯著性差異。單粒果重、單粒果實果汁率、甜度於酢漿草竹仔菜混生處理、單棵果樹果實粒數於酢漿草處理、總產量於竹仔菜處理與酸度於空心蓮子草處理，表現較佳。而單粒果重及果汁含量於銅錢草處理與單棵果樹果實粒數、總產量、甜度及酸度於竹仔菜鵝兒腸混生處理，表現較差。綜合試驗結果，台灣常見優勢草種黃花酢漿草與竹仔菜適應性廣，維持草相及取得來源較為容易，覆蓋一年後對果園土壤理化性質亦有正面影響，提升果實產量及品質，可選留為果園之草生栽培草種。

Pann the Prepared Panda

為了解決Flora of China的問題，作者Pan, Shiyin 這樣論述：

Shiyin Pan ========== Born and raised in Chongqing, China, Shiyin Pan has a dream of writing a series of children’s picture books with the main character Panda Bear. After relocating in Australia and giving birth to a baby girl, Shiyin finds herself some free time in between taking care of the house

hold and reading stacks of picture books to her adorable daughter. Her dream of writing for a Panda came true. Pann the Prepared Panda is her first children’s book and will be the initial title for her series of Panda Pann. Margaret Tolland ================ Margaret Tolland is an artist from New Zea

land, whose illustrations are packed with detail. Through her work, get closer to the habitats and lifestyles of the many species, both flora and fauna, that she explores with an eye on environmental education. With twenty years’ experience in visual arts education and working in a gallery, Margaret

now illustrates full-time. Although she had a fear of spiders, after painting them in detail, she now appreciates how amazing they are.

不同發芽條件（無菌和非無菌）、根瘤菌感染、發酵方法和時間對發酵和非發酵大豆及其發芽時異黃酮含量變化的影響

為了解決Flora of China的問題，作者梅柏安 這樣論述：

Soybean Glycine max L. 是一種普遍存在的豆科作物，以富含異黃酮而聞名，最初生長在中國和其他亞洲國家，然後傳播到世界各地。無論是發酵的還是非發酵的大豆，其種子通常作為其他類型的加工食品食用。大豆富含油脂和蛋白質，特別是對於缺乏動物蛋白質和產品來源的人來說是很好的食品，因此造成產量和消費量皆急劇增加。豆漿和豆肉是素食者眾所周知的食物和蛋白質。在發現異黃酮的益處後，許多人對其興趣開始上升，尤其是對女性而言，它們的作用類似於類固醇雌激素，因此得名植物雌激素。科學家們研究了途徑、機制、影響和副作用、編碼基因以及這些酚類化合物如何促進人類健康。目的本研究旨在評估發酵大豆、無菌和非無

菌發芽大豆在有或無微生物接種的15天發芽過程中異黃酮和總化學成分的變化。材料和方法A. 發酵大豆大豆樣品經歷了1個月、2個月和6個月的傳統乾燥發酵後，分析原始培養基和米麴菌種以研究它們與異黃酮合成的關係。B. 發芽大豆無菌條件主要集中在含糖瓊脂培養基中的發芽，其中瓊脂培養基由10%的蔗糖組成。首先，種子經過滅菌，然後鋪在培養基上，用封口膜密封以防止污染，然後放置在光控中心（光照12小時，黑暗12小時），在第五天、第十天和十五天收集樣品。非無菌條件包括土壤培養基，其中滅菌的種子在高壓滅菌的土壤中發芽，未滅菌的種子在非高壓滅菌的土壤中發芽。兩個實驗均在發芽5天後接種微生物培養物，持續4天和9天。C

. 異黃酮的HPLC分析使用LiChrospher 100 RP-18e（4 mm i.d x 250 mm，5μm）和Waters 2996光電二極管陣列檢測器進行反相RP–18 HPLC分析。HPLC條件由0.05% TFA-CH3CN (88_12_grade-40_PDA 3D) 組成，流動相A為 0.95% CH3CN，B由 0.05% 三氟乙酸-乙腈 (TFA)的水溶液組成。注射體積為10 μl。柱溫40℃，流速1 ml/min。在254和280 nm處進行檢測。254-280 nm的紫外檢測主要檢測酚基。執行以下梯度程序： 90%-10% A；88:12；0分鐘，85%-15%

A；60:40；55分鐘，70%-30% A；88:12；56分鐘，10%~90% A；88:12；65分鐘。總共65分鐘的線性梯度程序。根據異黃酮線性回歸公式計算未識別的保留時間（化合物）。D. 統計分析SigmaStat 3.5 (501 Canal Blvd, Suite E Point Richmond, CA 94804-2028 USA) 用於進行統計分析。雙向和單向方差分析確定了發酵方法和發芽對異黃酮水平的影響。P